coverpage
Title Page
Credits
About the Author
Acknowledgement
About the Reviewer
www.PacktPub.com
Customer Feedback
Preface
What this book covers
What you need for this book
Who this book is for
Conventions
Reader feedback
Customer support
Downloading the example code
Downloading the color images of this book
Errata
Piracy
Questions
Introduction to Kubernetes
A brief overview of containers
What is a container?
Why are containers so cool?
The advantages of Continuous Integration/Continuous Deployment
Resource utilization
Microservices and orchestration
Future challenges
The birth of Kubernetes
Our first cluster
Kubernetes UI
Grafana
Command line
Services running on the master
Services running on the minions
Tear down cluster
Working with other providers
Resetting the cluster
Modifying kube-up parameters
Alternatives to kube-up.sh
Starting from scratch
Cluster setup
Installing Kubernetes components (kubelet and kubeadm)
Setting up a Master
Joining nodes
Networking
Joining the cluster
Summary
References
Pods Services Replication Controllers and Labels
The architecture
Master
Node (formerly minions)
Core constructs
Pods
Pod example
Labels
The container's afterlife
Services
Replication controllers and replica sets
Our first Kubernetes application
More on labels
Replica sets
Health checks
TCP checks
Life cycle hooks or graceful shutdown
Application scheduling
Scheduling example
Summary
References
Networking Load Balancers and Ingress
Kubernetes networking
Networking options
Networking comparisons
Docker
Docker user-defined networks
Weave
Flannel
Project Calico
Canal
Balanced design
Advanced services
External services
Internal services
Custom load balancing
Cross-node proxy
Custom ports
Multiple ports
Ingress
Migrations multicluster and more
Custom addressing
Service discovery
DNS
Multitenancy
Limits
A note on resource usage
Summary
References
Updates Gradual Rollouts and Autoscaling
Example set up
Scaling up
Smooth updates
Testing releases and cutovers
Application autoscaling
Scaling a cluster
Autoscaling
Scaling up the cluster on GCE
Scaling up the cluster on AWS
Scaling manually
Summary
Deployments Jobs and DaemonSets
Deployments
Scaling
Updates and rollouts
History and rollbacks
Autoscaling
Jobs
Other types of jobs
Parallel jobs
Scheduled jobs
DaemonSets
Node selection
Summary
References
Storage and Running Stateful Applications
Persistent storage
Temporary disks
Cloud volumes
GCE persistent disks
AWS Elastic Block Store
Other storage options
PersistentVolumes and StorageClasses
StatefulSets
A stateful example
Summary
References
Continuous Delivery
Integrating with continuous delivery pipeline
Gulp.js
Prerequisites
Gulp build example
Kubernetes plugin for Jenkins
Prerequisites
Installing plugins
Configuring the Kubernetes plugin
Bonus fun
Summary
Monitoring and Logging
Monitoring operations
Built-in monitoring
Exploring Heapster
Customizing our dashboards
FluentD and Google Cloud Logging
FluentD
Maturing our monitoring operations
GCE (StackDriver)
Sign-up for GCE monitoring
Alerts
Beyond system monitoring with Sysdig
Sysdig Cloud
Detailed views
Topology views
Metrics
Alerting
The sysdig command line
The csysdig command-line UI
Prometheus
Summary
References
Cluster Federation
Introduction to federation
Setting up federation
Contexts
New clusters for federation
Initializing the federation control plane
Adding clusters to the federation system
Federated resources
Federated configurations
Other federated resources
True multi-cloud
Summary
Container Security
Basics of container security
Keeping containers contained
Resource exhaustion and orchestration security
Image repositories
Continuous vulnerability scanning
Image signing and verification
Kubernetes cluster security
Secure API calls
Secure node communication
Authorization and authentication plugins
Admission controllers
Pod security policies and context
Enabling beta APIs
Creating a PodSecurityPolicy
Creating a pod with a PodSecurityContext
Clean up
Additional considerations
Securing sensitive application data (secrets)
Summary
References
Extending Kubernetes with OCP CoreOS and Tectonic
The importance of standards
The Open Container Initiative
Cloud Native Computing Foundation
Standard container specification
CoreOS
rkt
etcd
Kubernetes with CoreOS
Tectonic
Dashboard highlights
Summary
References
Towards Production Ready
Ready for production
Ready set go
Third-party companies
Private registries
Google Container Engine
Azure Container Service
ClusterHQ
Portworx
Shippable
Twistlock
AquaSec
Mesosphere (Kubernetes on Mesos)
Deis
OpenShift
Where to learn more?
Summary
更新时间：2021-07-02 22:51:59
完结共232章
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